Eoin Clerkin authored Feb 04, 2022 and David Emschermann committed Feb 04, 2022

New tags are needed to regenerate binaries that were used
but have wrong radiation length defined for materials.

Script which checks the radiation lenght of materials in a
user specified geometry, i.e. test.geo.root

Counts failures. Reports errror code.

Administrator authored Feb 01, 2022 and Florian Uhlig committed Feb 01, 2022

Machine is now running with Debian10.
Only set the proper CVMFS paths,

Administrator authored Jan 14, 2022 and Sergey Gorbunov committed Feb 01, 2022

With macosx 10.13 (Apple clang 10.0) there is a runtime problem when
loading libL1. The problem is due to the usage of a static constexpr
in a LOG statement. The runtime error can be overcome when doing a
static cast of the variables.

Machine was upgraded to a new OS.

Fixed reference detector selection in CbmDeviceMcbmEventBuilderWin, CbmDeviceBuildRawEvents and CbmDeviceBuildDigiEvents.

Beampipe v21e has a maximum deflection of the downstream section to conical section which is consistent with a 2AGeV gold beam.

Beampipe v21f has no field and so is in the non-deflected state.

Adds licence headers

Outputs v21e to root binary

Made Media Names consistent with media.geo

Appies Clang format rules

Propper material definitions in accordance with the mediafile

Corrects the names of the top volumes

Repaired CLANG format in both files

Beampipes with bellows, wide conical section and downstream cylinder

Beampipe v21e has a maximum deflection of the downstream section to conical section which is consistent with a 2AGeV gold beam.

Beampipe v21f has no field and so is in the non-deflected state.

Adds licence headers

Outputs v21e to root binary

Made Media Names consistent with media.geo

Appies Clang format rules

Propper material definitions in accordance with the mediafile

Corrects the names of the top volumes

Repaired CLANG format in both files

Beampipes with bellows, wide conical section and downstream cylinder

Beampipe v21e has a maximum deflection of the downstream section to conical section which is consistent with a 2AGeV gold beam.

Beampipe v21f has no field and so is in the non-deflected state.

Adds licence headers

Outputs v21e to root binary

Made Media Names consistent with media.geo

Appies Clang format rules

Propper material definitions in accordance with the mediafile

Corrects the names of the top volumes

Repaired CLANG format in both files

Beampipes with bellows, wide conical section and downstream cylinder

Beampipe v21e has a maximum deflection of the downstream section to conical section which is consistent with a 2AGeV gold beam.

Beampipe v21f has no field and so is in the non-deflected state.

Adds licence headers

Outputs v21e to root binary

Made Media Names consistent with media.geo

Appies Clang format rules

Propper material definitions in accordance with the mediafile

Corrects the names of the top volumes

Repaired CLANG format in both files

CLANG format check passed for both files

Resolves the namimng convention

resolves the CLANG check failure

removed empty lines to trigger pipeline

CLANG format correction

Eoin Clerkin authored Jan 20, 2022 and Pierre-Alain Loizeau committed Jan 27, 2022

Copied corrections by Ingo in gitlab comment

computing/cbmroot!617

Removed Window linebreaks

Norbert Herrmann authored Nov 28, 2021 and Pierre-Alain Loizeau committed Jan 27, 2022

Apply clang-format. uncomment TofSimpClusterizer constructor

  - cbmroot/reco/L1/L1Algo/L1BaseStationInfo.h:
    > a prototype of user-friendly interface to L1Station and other geometry inputs to L1Algo (experimental)
    > added setters and getters for L1Station data fields
    > added calculation of hidden L1Station properties
    > added Print() method
  - cbmroot/reco/L1/L1Algo/L1Parameters.h:
    > add new compile time constants: kMaxNFieldApproxCoefficients, kStationBits, kThreadBits, kTripletBits,
      kMaxNstations, kMaxNthreads, kMaxNtriplets
    > add new runtime "constants": fMaxDoubletsPerSinglet, fMaxTripletPerDoublets
    > add Print() method
  - cbmroot/reco/L1/L1Algo/L1Algo.h:
    > modifications according to the constants transfer to the L1Parameters class (example: fkMaxNthreads ==> L1Parameters::kMaxNthreads)
  - cbmroot/reco/L1/L1Algo/L1Algo.cxx:
    > add L1Parameters::Print() call from L1Algo::Init()
    > modifications according to the constants transfer to the L1Parameters class (example: fkMaxNthreads ==> L1Parameters::kMaxNthreads)
  - cbmroot/reco/L1/L1Algo/L1CATrackFinder.cxx:
    > modifications according to the constants transfer to the L1Parameters class (example: fkMaxNthreads ==> L1Parameters::kMaxNthreads)
  - cbmroot/reco/L1/L1Algo/L1TrackFitter.cxx:
    > modifications according to the constants transfer to the L1Parameters class (example: fkMaxNthreads ==> L1Parameters::kMaxNthreads)
  - cbmroot/reco/L1/L1Algo/L1Field.h:
    > magic constant '21' changed to L1Parameters::kMaxNFieldApproxCoefficients (compile time)
  - cmbroot/reco/L1/CbmL1.h:
    > add a L1Paramters class field (currently ptr to address in the heap) to CbmL1
    > add getter for the L1Parameters class field to CbmL1
  - cbmroot/reco/L1/CbmL1.cxx:
    > add transfer of the L1Parameters data from CbmL1 to L1Algo
    > modifications according to the constants transfer to the L1Parameters class (example: fkMaxNthreads ==> L1Parameters::kMaxNthreads)
  - cbmroot/macro/run/run_reco.C:
    > add example of L1Algo runtime constants modification